About L&T MNX70 MAGNETIC CONTACTOR
L&T MNX70 MAGNETIC CONTACTOR
PRODUCT DESCRIPTION:
- BRAND: L&T
- PRODUCT NAME: MAGNETIC CONTACTOR
- MODEL: MNX70
- AC-1: 100A
- PHASE 3
- Ue: 415
- POLE: 3
- KW: 37
- IEC 60497-4-1
- APPLICATION: INDUSTRIAL
Reliable Industrial ControlEngineered for industrial environments, the L&T MNX70 Magnetic Contactor guarantees reliable control of heavy-duty electrical systems. Its three-pole configuration and high-quality build ensure consistent performance, making it a preferred choice in critical operations.
Versatile Mounting and ApplicationWith a convenient bolt-on design, this contactor can be securely installed in various industrial setups. Its compatibility with three-phase AC systems makes it suitable for manufacturing plants, assembly lines, and large-scale machinery control panels.
FAQ's of L&T MNX70 MAGNETIC CONTACTOR:
Q: How is the L&T MNX70 Magnetic Contactor installed in industrial settings?
A: The MNX70 Magnetic Contactor features a bolt-on mounting type, making installation straightforward and secure on various panel surfaces commonly found in industrial facilities.
Q: What benefits does the MNX70 Magnetic Contactor provide for industrial electrical systems?
A: This contactor offers reliable switching and control of three-phase AC circuits, reducing the risk of system failures and supporting efficient management of heavy electrical loads.
Q: Where can the L&T MNX70 Magnetic Contactor be used effectively?
A: Ideal for industrial applications, it is commonly installed in factories, manufacturing units, and other facilities where robust three-phase control is required.
Q: When should the MNX70 Magnetic Contactor be considered for use?
A: Choose the MNX70 Magnetic Contactor when you require dependable operation in large electrical panels, particularly in environments with high daily switching requirements.
Q: What is the process for selecting the appropriate contactor for your industrial application?
A: Evaluate the load requirements, ensure compatibility with three-phase AC outputs at 50 Hz, verify the number of poles, and match the mounting requirements with your system infrastructure before selecting this contactor.
Q: How does the three-pole design benefit industrial users?
A: The three-pole configuration delivers balanced switching across phases, enhancing operational safety and minimizing the chance of overloads or unbalanced loads in three-phase power systems.